- Joined
- Apr 19, 2012
Because your temp in bios is 54c and only loads 1 core.
You have a cooling issue that needs to be addressed.
You have a cooling issue that needs to be addressed.
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Not sure on the motherboard and cooling, doesn't "sound" enough to handle a 9370... On your 3rd pic - advanced cpu core features - turn these off: cool & quiet, c1e support, apm. Turn HPC mode on. In Windows set your power plan to highest or ultimate. Try Prime95 again.
You bought a space heater. Seriously, your CPU usually needs at least a 240 AIO or something like a NH-D15 to even run at stock let alone boosting higher. Your 120 AIO simply doesn't cut it.
Did you build it yourself or was it a pre-built from a shop?
Yeah, that would have been money better reserved for existing Ryzen or an Intel machine. This is barely an upgrade.... why ? It's basically the same chip, just clocked higher.
... why ? It's basically the same chip, just clocked higher.
In a sense... It's just a better binning of the same architecture. Same kinda sorta?
It's going to be stable at stock frequencies where there is no promise a stock 8320 could do the same thing on overclock. It's like saying the FX-8320 is the same as the FX-9590. Now way. Would be if it was binned at 9590 frequencies.... well yea But then just as hot as one which the 9370 is pretty close to being the heat monster like the 9590.
It is the same thing...no refinements. Just a binned version with higher tdp, etc...vishera/am3+/same cache size and structure but higher clocks (and tdp of course).(as far as i know) Same technology, same architecture, same cache, SHOULD have the "slight tweaking" the 8320/8370/8320E/8370E got but i haven't heard of further refinements (let me know if they did). Plus it was picked from the better wafers because it could reliably reach higher clocks at lower voltage/temp and/or was more stable right ?
Gimme a little credit, i did say "basically"
If the's the case the FX-8150 is essentially the same as the FX-8350 while the 8350 would be a better stepping. All that really differs them is the core name and steppings, still built on 32nm process. Bulldozer and Piledriver. Both have the same cache amounts, and both turbo to 4.2ghz.